The phrase "are important for efficiency" is correct and usable in written English.
You can use it when discussing factors or elements that contribute to the effectiveness or productivity of a process or system.
Example: "In any organization, clear communication and teamwork are important for efficiency in project execution."
Alternatives: "crucial for effectiveness" or "vital for productivity."
Detection of space time anisotropy in the localization of the output error is found to be important for efficiency of the adaptive algorithm, and two anisotropy measures are presented: one based on inter-element solution jumps, and one based on projection of the adjoint.
Standardisation is important for efficiency, uniform adoption of safe practices and consistent patient experience at an organisational level.
Dulleck et al. (2011) have investigated the role of institutions and market conditions on expertsʼ behavior and have shown that liability is important for efficiency on credence goods markets, while ex post verifiability of the expertʼs actions is not.
Moreover, the characteristics of wastewater are important for phycoremediation efficiency and biomass production.
Our results also show that nature and quantity of dilution buffer are important for increasing efficiency of direct PCR.
Comprehensibility of these models and the ease of creating models are important for the efficiency of any variability management approach.
It is also worth mentioning that Folch-Mallol et al. [ 46] described that in CIAT 899 the sulfation of the LCOs, mediated by the nodHPQ genes are important for nodulation efficiency on L. leucocephala.
The number of cases has no impact on how much federal money the regional agencies receive -- legal service budgets are based on census data, not on cases -- but are important for measuring programs' efficiency.
Homogeneous radio frequency (RF) fields are important for sensitivity and efficiency of magnetization transfer in solid state NMR experiments.
However, modern breeding programs have focused on developing high-yield crops by primarily selecting the above-ground phenotype and applying full fertilization during breeding processes, which probably selects against root traits that are important for nutrient uptake efficiency.
